1.

Technical Paper
Technical Paper
1. Investigating the Effects of Reformed Fuel Blending in a Methane- or n-Heptane-HCCI Engine Using a Multi-Zone Model.
Kongsereeparp, P. ; Checkel, M.D.
Pub. info.: 2007 SAE world congress : technical paper.  2007.  Warrendale, Penn..  Society of Automotive Engineers
Title of ser.: Society of Automotive Engineers technical paper series
Ser. no.: 2007
2.

Technical Paper
Technical Paper
2. Environmental, Thermodynamic and Chemical Factor Effects on Heptane- and CNG-fuelled HCCI Combustion with Various Mixture Compositions.
Kongsereeparp, P. ; David Checkel, M.
Pub. info.: 2008 SAE world congress : technical paper.  2008.  Warrendale, Penn..  Society of Automotive Engineers
Title of ser.: Society of Automotive Engineers technical paper series
Ser. no.: 2008
3.

Technical Paper
Technical Paper
3. Study of Reformer Gas Effects on n-Heptane HCCI Combustion Using a Chemical Kinetic Mechanism Optimized by Genetic Algorithm.
Kongsereeparp, P. ; David Checkel, M.
Pub. info.: 2008 SAE world congress : technical paper.  2008.  Warrendale, Penn..  Society of Automotive Engineers
Title of ser.: Society of Automotive Engineers technical paper series
Ser. no.: 2008
4.

Technical Paper
Technical Paper
4. Novel Method of Setting Initial Conditions for Multi-Zone HCCI Combustion Modeling.
Kongsereeparp, P. ; Checkel, M.D.
Pub. info.: 2007 SAE world congress : technical paper.  2007.  Warrendale, Penn..  Society of Automotive Engineers
Title of ser.: Society of Automotive Engineers technical paper series
Ser. no.: 2007